Archives: Project

Customization Aspect Explanation Material Selection Choose high-quality copper for optimal conductivity, durability, and corrosion resistance. Design and Engineering Collaborate to design copper components with precise dimensions and functional features. CNC Machining Utilize advanced CNC machining for accurate fabrication of copper needles, nuts, shafts, and

Customization Aspect Explanation Material Selection Choose high-conductivity materials such as copper or brass for optimal electrical performance. Design and Engineering Collaborate to design connector pins with precise dimensions and compatibility with charging gun connectors. CNC Machining Utilize advanced CNC machining for accurate fabrication of

Customization Aspect Explanation Material Selection Choose heat-resistant materials such as stainless steel or aluminum for automotive applications. Design and Engineering Collaborate to design the sensor housing with precise dimensions and compatibility with sensors. Injection Molding Utilize injection molding techniques for mass production of sensor

Customization Aspect Explanation Material Selection Choose high-quality materials such as stainless steel or titanium for optimal strength and durability. Design and Engineering Collaborate to design the shaft core with precise dimensions and functional features, including knurling. CNC Machining Utilize advanced CNC machining for accurate

Customization Aspect Explanation Material Selection Choose high-quality materials such as steel, aluminum, or brass based on strength and durability requirements. Design and Engineering Collaborate to design pulley accessories with precise dimensions and functional features. CNC Lathe Processing Utilize advanced CNC lathe machining for accurate

Customization Aspect Explanation Material Selection Choose high-quality copper for optimal conductivity and durability, suitable for gold plating. Design and Engineering Collaborate to design pillars and small parts with precise dimensions and functional features. Precision Machining Utilize advanced CNC machining for accurate fabrication of copper

Customization Aspect Explanation Connector Specification Collaborate to define the specific requirements for the aviation pin connector, including size, shape, and electrical specifications. Material Selection Choose high-conductivity copper for the male and female pins to ensure optimal electrical performance and durability. Precision Machining Utilize advanced

Customization Aspect Explanation User-Centric Design Collaborate to understand user preferences and functionality requirements for the headset. Material Selection Choose suitable materials for each component based on durability, conductivity, and flexibility. Precision Manufacturing Utilize advanced machining techniques for precise fabrication of ejector, contact, and elastic

Customization Aspect Explanation User-Centric Design Collaborate to understand user preferences and functionality requirements for the accessories. Material Innovation Explore diverse metal alloys and finishes to achieve desired aesthetics and performance. Advanced Manufacturing Utilize cutting-edge CNC machining and 3D printing for precise and intricate part

Customization Step Explanation Material Selection Choose high-quality brass for its excellent machinability, conductivity, and corrosion resistance. Design and Engineering Collaborate with our team to develop a customized design that meets your specific requirements. CNC Machining Utilize precision CNC machining to fabricate the brass lathe